Examples of using To absolute zero in English and their translations into Bulgarian
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If you could get to absolute zero, it would violate the Second Law,
It was reasonable for Lambert to assume that if the temperature of the gas could be brought to absolute zero, the motion of the gas molecules could be brought to a complete stop so they could no longer exert any pressure on the walls of the chamber.
the electromagnetic field will create magnets cooled to a temperature close to absolute zero, which activates the effect of superconductivity.
studied the impossibility to cool a system to absolute zero with a finite number of steps, what's known as the unattainability principle, and discovered that it is possible to define a speed limit by how quickly a system is cooled down.
Temperatures remaining close to absolute zero.
its temperature would drop to absolute zero.
One of the conditions required for quantum computing is a temperature close to absolute zero.
the third that you can't reduce temperature to absolute zero;
And what effect do you think liquid nitrogen at a temperature close to absolute zero is gonna have on your skin?
But if someone calls ambitions to absolute zero figure, then its time for them to follow weight loss plans for teens.
temperatures close to absolute zero, the vacuum of space,
whose spatial dimensions are equal to absolute zero, could create and govern such a grandiose world?
getting closer to absolute zero than many scientists had thought possible.
Finally, the third law of thermodynamics says that it is impossible to reach a temperature which is equal to absolute zero using a finite number of physical processes.
You can't actually cool a system to absolute zero with a finite amount of resources
If it were possible to cool a system to absolute zero, all classical motion of its particles would cease
function they must be cooled to temperatures close to absolute zero(-273°C).
matter continues to jiggle, as quantum waves, even when cooled to absolute zero, this digitized space should have built-in vibrations even in its lowest energy state.
winner of the Nobel Prize for Chemistry in 1949 for his studies of the properties of matter at temperatures close to absolute zero.
The same way that matter continues to jiggle, as quantum waves, even when cooled to absolute zero, this digitized space should have built-in vibrations even in its lowest energy state.